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SpaceX And NASA Finally Give Out The Big Starship News! Is SLS Dead?

The video details SpaceX’s rapid‑pace upgrades at Starbase, focusing on Pad 2’s certification progress and the massive Gigabay facility. Engineers have tested individual hold‑down clamp arms that now function without the legacy quick‑disconnect (RQD) hardware, simplifying the launch mount and reducing turnaround time. A 1,000‑ton crawler crane installed a thick steel roof atop Mechazilla, shielding critical lift cables and sensors from the 2,000 °C plume and pressure waves of 33 Raptor engines. Pad 2’s redesign eliminates the 20 outer‑engine RQDs that suffered damage on Pad 1, shifting spin‑start duties to the booster’s own propellant system. This cleaner architecture, combined with extensive deluge and arm‑retraction tests, moves the pad closer to flight‑12, the first Starship launch from the new site. Meanwhile, the Gigabay’s skeletal frame is being clad; at 116 m tall and 65,000 m², it will host 24 work cells, 360‑ton cranes, and an indoor assembly line capable of producing a Starship roughly every 53 minutes. The video also highlights a strategic shift in NASA’s Artemis program: a Bloomberg report suggests NASA is restructuring the lunar architecture, potentially stripping Boeing’s SLS of its primary role and handing the crew‑transfer and lunar‑landing responsibilities to SpaceX’s Starship. If confirmed, this would make Starship the cornerstone of U.S. human deep‑space missions, relegating SLS to a secondary or backup role. These developments signal a decisive move toward high‑cadence, low‑cost launch capability, reshaping the economics of lunar and Mars exploration and threatening the relevance of traditional heavy‑lift rockets. The combined infrastructure upgrades and policy changes could accelerate SpaceX’s path to a daily launch cadence, fundamentally altering the commercial and governmental spaceflight landscape.